Landmark number and description per vertebra. Table S2:Summary of landmarks composing each developmental module organisation of vertebral organisation, following [40]. Table S3: Specimen number information per species for the individuals used in the analyses presented here. Museum abbreviations are as follows: NHM: Natural History Museum, London; MNHN: Muséum National d’Histoire Naturelle, Paris; MCZ: Harvard Museum of Natural History, Cambridge; AMNH: American Museum of Natural History, New York; FMNH: Museum of Natural History, Chicago; USNM: Smithsonian National Museum of Natural History, Washington D.C. Table S4: Above diagonal cells display the P values for the pairwise covariation values from the phylogenetic PLS analysis of all landm...
Additional file 1: Table S1. Specimens studied with associated metadata (including forelimb proporti...
Figure 2. Original phylogenetic tree and character distribution map from the analysis presented by Y...
Figure 4 - Results of 16S mtDNA analysis. A Consensus tree from Maximum Likelihood analysis. Scale b...
Figure 2. Diagram showing the 20 skull measurements used in the analysis (see Appendix 1 for definit...
Figure S1. Results of cluster analysis for each specimen. A three subunit pattern was revealed in al...
Analyses of living and fossil taxa are crucial for understanding biodiversity through time. The tota...
Source trees and additional results of the supertree analyses. A: List of source trees that were inc...
Table S1. Species table. Table contains information about all specimens used in the study, abbreviat...
Table S1. Pairwise results for angles in phenotypic trajectory analysis. Upper triangle shows pairwi...
Analyses of living and fossil taxa are crucial for understanding biodiversity through time. The tota...
Analyses of living and fossil taxa are crucial for understanding biodiversity through time. The tota...
<p>(A) Two-dimensional morphospace plot delimited by PC1 and PC2, with contour lines showing the spa...
Neighbor joining phylogenetic reconstructions of gene relationships in jawed vertebrates. BMP, Fgf a...
Data-collection Specimens. We analysed 1090 skeletons of wild-born primates belonging to 60 species...
Table S1. Neomys specimens used, locations and number of genes sequenced for the species tree. Table...
Additional file 1: Table S1. Specimens studied with associated metadata (including forelimb proporti...
Figure 2. Original phylogenetic tree and character distribution map from the analysis presented by Y...
Figure 4 - Results of 16S mtDNA analysis. A Consensus tree from Maximum Likelihood analysis. Scale b...
Figure 2. Diagram showing the 20 skull measurements used in the analysis (see Appendix 1 for definit...
Figure S1. Results of cluster analysis for each specimen. A three subunit pattern was revealed in al...
Analyses of living and fossil taxa are crucial for understanding biodiversity through time. The tota...
Source trees and additional results of the supertree analyses. A: List of source trees that were inc...
Table S1. Species table. Table contains information about all specimens used in the study, abbreviat...
Table S1. Pairwise results for angles in phenotypic trajectory analysis. Upper triangle shows pairwi...
Analyses of living and fossil taxa are crucial for understanding biodiversity through time. The tota...
Analyses of living and fossil taxa are crucial for understanding biodiversity through time. The tota...
<p>(A) Two-dimensional morphospace plot delimited by PC1 and PC2, with contour lines showing the spa...
Neighbor joining phylogenetic reconstructions of gene relationships in jawed vertebrates. BMP, Fgf a...
Data-collection Specimens. We analysed 1090 skeletons of wild-born primates belonging to 60 species...
Table S1. Neomys specimens used, locations and number of genes sequenced for the species tree. Table...
Additional file 1: Table S1. Specimens studied with associated metadata (including forelimb proporti...
Figure 2. Original phylogenetic tree and character distribution map from the analysis presented by Y...
Figure 4 - Results of 16S mtDNA analysis. A Consensus tree from Maximum Likelihood analysis. Scale b...